There are few automotive manufacturers whose history runs parallel with that of the motor car itself. Mercedes-Benz stands in that rare position. In 2026, the brand marks 140 years since Karl Benz patented the Benz Patent Motorwagen on 29 January 1886, a moment widely recognised as the birth of the automobile. That anniversary reflects a continuous engineering lineage that stretches from the earliest combustion engines to today’s electrified drivetrains.
The story begins in 1886 when Karl Benz unveiled his Patent Motorwagen, a three-wheeled vehicle powered by a single-cylinder engine producing about 0.55 kW. Primitive though it appears today, the machine represented a decisive technical breakthrough. It proved that a compact internal combustion engine could propel a vehicle reliably on public roads, laying the foundation for personal motorised transport.
At roughly the same time, Gottlieb Daimler and Wilhelm Maybach were pursuing their own engine experiments elsewhere in Germany. In the same year as Benz’s patent, Daimler fitted a carriage with an engine developed with Maybach, creating one of the first four-wheeled motor vehicles.
Although Benz and Daimler worked independently and never met, their parallel innovations formed complementary strands of technological progress that would eventually define the early automotive industry.
Those strands converged in 1926 when Benz & Cie. merged with Daimler-Motoren-Gesellschaft to form Daimler-Benz AG. The combined company adopted the name Mercedes-Benz, integrating Daimler’s established Mercedes brand with Benz’s engineering legacy. The three-pointed star emblem became the official symbol, representing mobility on land, sea and air.
In the years following the merger, Mercedes-Benz established a pattern of technical firsts that shaped its reputation. The company introduced the world’s first series-produced diesel passenger car, the 260 D, in 1936, followed by post-war engineering developments that influenced vehicle design globally. These included Béla Barényi’s safety cell and crumple zone concepts, and later production milestones such as anti-lock braking and electronic stability systems that became industry standards.
THE THREE-POINTED STAR RISES
Through the 1930s, Mercedes-Benz established itself as a leader in automotive engineering. Its vehicles incorporated supercharged engines, independent suspension systems and advanced braking technologies at a time when many competitors were still refining basic mechanical layouts. The company’s racing programme reinforced this progress. Motorsport success helped refine mechanical durability and performance, principles that later filtered into road cars.
Following World War II, Mercedes-Benz resumed production with renewed emphasis on durability and occupant protection. Research into structural crash behaviour led to reinforced passenger cells and energy-absorbing body structures that influenced global safety engineering. Over time, these ideas evolved into systems such as driver airbags, driver assistance technologies, and adaptive safety electronics, which are now widely expected across the industry.
By the 1970s, Mercedes-Benz had developed a reputation for building cars designed for long service lives. The W123, introduced in 1976 and celebrating its 50th anniversary this year, became a defining example. Known for robust mechanical components and straightforward serviceability, it proved capable of extremely high mileage in both private and commercial use. Its durability strengthened the brand’s standing in markets across Europe, Africa and beyond.
ENGINEERING ICONS AND SOUTH AFRICAN ROOTS
The W123’s influence extended to South Africa, where locally assembled examples became common on our roads. Its successor, the W124, arrived in the mid-1980s with improved aerodynamics, revised suspension design and enhanced interior ergonomics. It represented a careful evolution of the established formula, maintaining structural solidity while introducing modern engineering solutions.
South Africa’s role in Mercedes-Benz production history also includes the locally built W160 S-Class. Manufacturing a flagship luxury model outside Germany required strict adherence to global quality benchmarks and confirmed the company’s confidence in its regional operations. The programme demonstrated that international production could meet the same standards as vehicles assembled at domestic facilities.
That foundation supports present-day manufacturing at the East London plant, where the C-Class is produced for both local and export markets. The model has become central to Mercedes-Benz’s South African strategy. Positioned within a highly competitive segment, it combines premium engineering with everyday usability. Its continued production locally underlines the importance of South Africa within the brand’s global manufacturing network.
Heritage is also preserved through enthusiast events. The annual George Old Car Show remains one of South Africa’s most established motoring gatherings, and this year the event included recognition of Mercedes-Benz and its milestones. We attended the show, where several historically significant vehicles formed part of the display. Among them were a 1913 Benz 10/30 hp and a 1936 W29 Mercedes-Benz 500K Special Roadster (celebrating its 90th anniversary), two models that illustrate pre-war engineering and design approaches. Both appear on our cover alongside a current-generation C-Class and a replica of the original Patent Motorwagen. Together, they present a concise visual record of the marque’s development, from early mechanical experimentation to contemporary production vehicles.
FROM SILVER ARROWS TO GOING ELECTRIC
Technological progress has remained a defining characteristic of Mercedes-Benz. Over the decades, the company introduced innovations intended to improve safety, comfort, design, and driving refinement, principles it continues to emphasise in its anniversary-year messaging.
Recent developments show how that philosophy is applied to current products. The new S-Class, unveiled in January 2026 (read more about its international reveal on page 32), incorporates advanced digital architecture and is designed to support highly automated driving systems using next-generation computing platforms.
The anniversary year itself forms part of a broader forward-looking programme. Mercedes-Benz plans to introduce more than forty new models globally over the next two years, spanning multiple segments and combining heritage with new technology.
To mark the milestone, the company launched a global initiative titled “140 Years. 140 Places” in which S-Class vehicles are undertaking a 50,000 km transcontinental journey across six continents, visiting symbolic locations tied to the brand’s heritage and worldwide presence.
Design evolution has followed a measured path. While styling themes have shifted over time, Mercedes-Benz vehicles have generally retained balanced proportions and restrained detailing. This continuity contributes to strong visual recognition across generations.
Looking ahead, the automotive sector faces transformation driven by software integration, automated driving capability and electrification. Mercedes-Benz has indicated that it intends to address these changes through methodical engineering, reflecting its long-standing development philosophy of research, validation and implementation.
Reaching a 140-year milestone provides an opportunity to assess the scale of the marque’s contribution to automotive development. From the Patent Motorwagen’s modest output to the complex digital platforms now entering production, Mercedes-Benz has been part of key phases of the industry’s technical progress. It has influenced structural design, safety engineering, propulsion technology, and manufacturing practice across multiple eras.
LAST WORD
Few manufacturers can trace a direct line from the very beginning of the motor car to present-day production while remaining globally relevant. Mercedes-Benz has achieved this through a consistent engineering focus paired with adaptation to changing regulatory, environmental and customer requirements.
The three-pointed star emblem represents a sustained commitment to technical development that began with Karl Benz’s first successful motorised vehicle and continues through current research programmes. As the company enters its next phase, shaped increasingly by electrification and digital integration, it does so with a history defined by innovation and continuity.
Report by BERNIE HELLBERG JR | Images © Vorster van Zyl / MERCEDES-BENZ
